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- Lecture VideoFreeLecture 32: Case Study - Reacting, Multi-component, Multi-phase SystemsFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 1: Introduction to ThermodynamicsFrom 3.020: Thermodynamics of MaterialsFormat: Online
- VideoFreeWhy Are You Here? Introductory SpeechFrom 3.091: Introduction to Solid-State ChemistryFormat: Online
- Lecture VideoFreeLecture 31: Reacting Multi-phase SystemsFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 3: Process Variables and the First LawFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 7: Ideal Gas ProcessesFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 2: Scope and Use of ThermodynamicsFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 5: Second Law and Entropy MaximizationFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 22: Free Energy-Composition Diagrams, General CaseFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 28: Boltzmann HypothesisFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 23: Building Binary Phase Diagrams, Part IFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 13: Introduction to Ideal (Gas) MixturesFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 26: CALPHAD - Case Studies and Guest LectureFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeLecture 4: Heat Engines and Energy Conversion EfficiencyFrom 3.020: Thermodynamics of MaterialsFormat: Online
- Lecture VideoFreeSupplemental Video: The Lever RuleFrom 3.020: Thermodynamics of MaterialsFormat: Online
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Content developed from MIT's academic curriculum
Content developed from MIT's professional curriculum
